Treatment Planning System for Proton Therapy

Software for oncology treatment planning and dose calculation. Supports intensity-modulated radiation therapy and dose optimization.

An integrated information system connecting treatment planning systems, accelerator information systems, and image-guided systems to enable seamless data exchange. The system facilitates efficient workflow from computed tomography to accelerator treatment delivery.

A radiation therapy treatment planning system developed with independent innovation by LinaTech. It features a GPU-accelerated Monte Carlo precise dose calculation algorithm, providing high-accuracy and high-efficiency radiotherapy planning solutions for clinical use.

A treatment planning system software designed to assist in the planning and optimization of radiation therapy treatments. The system helps clinicians calculate and visualize radiation dose distributions for patient treatment.

AI and cloud-based control system that delivers treatment protocols to low-dose radiation therapy equipment. Enables remote radiation therapy service delivery regardless of geographic location for multiple disease applications.

Treatment Planning System for BNCT therapy that optimizes precision treatment delivery. The TPS is an essential software component of the integrated BNCT therapeutic solution.

The TiGRT-TPS is a self-innovated radiotherapy planning system featuring a GPU-accelerated Monte Carlo precise dose calculation algorithm that ensures high computational accuracy while significantly improving speed. The system provides comprehensive treatment planning schemes including three-dimensional conformal therapy, intensity-modulated therapy, volumetric modulated arc therapy, and stereotactic radiotherapy. While ensuring target coverage and dose fall-off outside the target, it significantly reduces treatment MU and saves treatment time.

A comprehensive radiotherapy planning system that supports treatment planning and optimization for cancer radiation therapy. The software has obtained regulatory approval and market authorization in Malaysia and other countries.

PV-iRT is a multi-functional auxiliary software designed for radiation therapy workflows, combining medical imaging artificial intelligence algorithms. The system interfaces with radiotherapy imaging systems through standard protocols and covers image viewing, target delineation, plan design, plan evaluation, dose evaluation, and efficacy analysis. It features industry-leading AI target intelligent delineation functionality (PV-iCurve) using proprietary small-sample deep learning technology, providing automatic target delineation for various tumor types including nasopharyngeal, lung, esophageal, breast, cervical, and rectal cancers, and can automatically delineate organs at risk (OAR) as well as tumor target volumes (GTV) and clinical target volumes (CTV).

Specialized software for calculating and optimizing radiation therapy doses in cancer treatment, ensuring precise delivery of therapeutic radiation to tumor sites.

Planning software for transcranial magnetic stimulation therapy sessions, supporting target definition, trajectory planning, and safety assessment with anatomical accuracy.

Software platform for planning and optimizing low-intensity focused ultrasound treatment parameters. Enables treatment simulation and protocol development for sonodynamic therapy applications.